94,563 research outputs found

    The principle of alternate possibilities as sufficient but not necessary for moral responsibility: a way to avoid the Frankfurt counter-example

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    The aim of this paper is to present a version of the principle of alternate possibilities (PAP) which is not susceptible to the Frankfurt-style counter-example. I argue that PAP does not need to be endorsed as a necessary condition for moral responsibility and, in fact, presenting PAP as a sufficient condition maintains its usefulness as a maxim for moral accountability whilst avoiding Frankfurt-style counter-examples. In addition, I provide a further sufficient condition for moral responsibility ā€“ the twin world condition ā€“ and argue that this provides a means of justifying why the protagonist in Frankfurt-style scenarios (e.g., Jones) is still felt to be morally responsible. I conclude by claiming that neither the amended PAP nor the twin world condition is necessary for the ascription of moral responsibility; rather, what is necessary is simply that one of these conditions is satisfied

    Ultrasonic metal etching for metallographic analysis

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    Ultrasonic etching delineates microstructural features not discernible in specimens prepared for metallographic analysis by standard chemical etching procedures. Cavitation bubbles in ultrasonically excited water produce preferential damage /etching/ of metallurgical phases or grain boundaries, depending on hardness of metal specimens

    Federal Courts & Federal Rights

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    \u3cem\u3eYoungstown\u3c/em\u3e, \u3cem\u3eHamdan\u3c/em\u3e, and Inherent Emergency Presidential Policymaking Powers

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    This brief article explores the contribution that Hamdan v Rumsfeld may have made to clarifying what should happen in the large interstices of the rules created by the Youngstown case for determining the validity of claims of Presidential power. It offers its own view of the scope of Presidential powers in extreme emergencies involving the incapacitation of the legislative branch

    Federal Corporate Law, Federalism, and the Federal Courts

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    To parallelize a sequential source code, a parallelization strategy must be defined that transforms the sequential source code into an equivalent parallel version. Since parallelizing compilers can sometimes transform sequential loops and other well-structured codes into parallel ones automatically, we are interested in finding a solution to parallelize semi-automatically codes that compilers are not able to parallelize automatically, mostly because of weakness of classical data and control dependence analysis, in order to simplify the process of transforming the codes for programmers.Invasive Interactive Parallelization (IIP) hypothesizes that by using anintelligent system that guides the user through an interactive process one can boost parallelization in the above direction. The intelligent system's guidance relies on a classical code analysis and pre-defined parallelizing transformation sequences. To support its main hypothesis, IIP suggests to encode parallelizing transformation sequences in terms of IIP parallelization strategies that dictate default ways to parallelize various code patterns by using facts which have been obtained both from classical source code analysis and directly from the user.In this project, we investigate how automated reasoning can supportthe IIP method in order to parallelize a sequential code with an acceptable performance but faster than manual parallelization. We have looked at two special problem areas: Divide and conquer algorithms and loops in the source codes. Our focus is on parallelizing four sequential legacy C programs such as: Quick sort, Merge sort, Jacobi method and Matrix multipliation and summation for both OpenMP and MPI environment by developing an interactive parallelizing assistance tool that provides users with the assistanceneeded for parallelizing a sequential source code
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